Red Download UPD Red Alert
Agathe Tall
Summary
The Centers for Disease Control and Prevention (CDC) is issuing this Health Alert Network (HAN) Health Advisory to alert healthcare providers to low vaccination rates against influenza, COVID-19, and RSV (respiratory syncytial virus). Low vaccination rates, coupled with ongoing increases in national and international respiratory disease activity caused by multiple pathogens, including influenza viruses, SARS-CoV-2 (the virus that causes COVID-19), and RSV, could lead to more severe disease and increased healthcare capacity strain in the coming weeks. In addition, a recent increase in cases of multisystem inflammatory syndrome in children (MIS-C) following SARS-CoV-2 infection in the United States has been reported Healthcare providers should administer influenza, COVID-19, and RSV immunizations now to patients, if recommended. Healthcare providers should recommend antiviral medications for influenza and COVID-19 for all eligible patients, especially patients at high-risk of progression to severe disease such as older adults and people with certain underlying medical conditions. Healthcare providers should also counsel patients about testing and other preventive measures, including covering coughs/sneezes, staying at home when sick, improving ventilation at home or work, and washing hands to protect themselves and others against respiratory diseases.
Background
Reports of increased respiratory disease have been described in multiple countries recently. CDC is tracking increased respiratory disease activity in the United States for several respiratory pathogens, including influenza viruses, SARS-CoV-2, and RSV,across multiple indicators such as laboratory test positivity, emergency department visits, wastewater, and hospitalizations. Currently, the highest respiratory disease activity in the United States is occurring across the southern half of the country, with increasing activity in northern states.
This joint Technical Alert (TA) is the result of analytic efforts between the Department of Homeland Security (DHS) and the Federal Bureau of Investigation (FBI). This alert provides information on Russian government actions targeting U.S. Government entities as well as organizations in the energy, nuclear, commercial facilities, water, aviation, and critical manufacturing sectors. It also contains indicators of compromise (IOCs) and technical details on the tactics, techniques, and procedures (TTPs) used by Russian government cyber actors on compromised victim networks. DHS and FBI produced this alert to educate network defenders to enhance their ability to identify and reduce exposure to malicious activity.
IOCs related to this campaign are provided within the accompanying .csv and .stix files of this alert. DHS and FBI recommend that network administrators review the IP addresses, domain names, file hashes, network signatures, and YARA rules provided, and add the IPs to their watchlists to determine whether malicious activity has been observed within their organization. System owners are also advised to run the YARA tool on any system suspected to have been targeted by these threat actors.
Alerts are available for any length of text, as well as an optional dismiss button. For proper styling, use one of the eight required contextual classes (e.g., .alert-success). For inline dismissal, use the alerts jQuery plugin.
SB 673 authorizes a law enforcement agency to request that an Ebony Alert be activated by the California Highway Patrol if the investigating agency determines that it would be helpful. Similar to the Amber Alert, the Ebony Alert would activate electronic highway signs to alert the public of the missing person. Additionally, SB 673 also encourages television, cable, online, radio, and social media outlets to cooperate with disseminating the information contained in an Ebony Alert.
If you have received a text and/or email alert message recently and are seeking additional information, we are currently obtaining and confirming information from first responders. Every alert tool used by the university provides you information and will often provide recommended actions for you to take. Please, follow the recommendation you have received and reserve any calls to the University of Missouri Police Department for reporting injuries or an additional emergency.
Alerts campus to a confirmed significant emergency or dangerous situation involving an immediate threat to health or safety on campus. Accompanied by emergency sirens, to alert people who are outdoors.
People who live in flood-prone areas receive localized information from Flood Forecasts alerts. You get notifications of future events as these alerts are updated several times a day based on real-time data. You can also find flood forecast alerts on Google.
Google displays a Flood Forecasting alert when the water in a river is higher than a warning level or is expected to be higher than a warning level. Warning levels estimate when a river will flood and are usually based on historical flood events. Government agencies that manage floods provide warning levels to Google.
We generate fire alerts with a deep learning model that tracks fire boundaries with real-time satellite imagery. The model is based on superresolution image fusion of hyperspectral imagery from third-party satellites like:
Alert Loudoun provides subscribers with the opportunity to receive weather alerts that could impact a geographic area associated with the addresses used when registering an account. By providing physical addresses with your account, you can customize and receive weather alerts targeted for those addresses.
The weather alerts now include a link to a webpage that displays more detailed information about the weather alert, including a list of the affected areas, a description of the weather event, protective actions, expected time frame and a map of the affected area.
In order for the Alert Loudoun system to implement the new weather alert technology, the addresses associated with the weather alerts will be limited to those within a specific geographic area. This will include Loudoun and the area within a 75-mile radius from the center of the National Capital Region (PDF) Opens a New Window. .
The State's AMBER Alert Program is modeled after the nationwide AMBER Plan, which was developed in 1996 after nine-year-old Amber Hagerman was abducted and brutally murdered near her home in Arlington, Texas. Amber's death had such an impact on her community that it prompted law enforcement agencies and the Texas Association of Radio Managers to develop an emergency alert plan to help recover abducted children. In 2002, Assembly Bill 415 (Government Code section 8594) was signed into law and mandated that AMBER Alert plans be implemented statewide and charged the CHP as the statewide coordinator for all AMBER Alerts.
This is the most common question we receive because a majority of the AMBER Alerts issued involve a parent, guardian or close family relative. AMBER Alerts are the most serious alerts we can issue involving children. For it to qualify, there must be specific evidence that the child is in imminent danger of serious bodily injury or death. As difficult as it is to think a parent or guardian could commit such a terrible act, it does happen. The majority of the AMBER Alerts in California that have ended with the murder of the child have come at the hands of a parent, guardian, or close family member.
Add your spouse, children, caregivers, other family and friends to your Power Alert Service contact list so that everyone who should know about an outage will get alerts and updates. You can add up to five texts, five emails and five phone numbers, so add the alerts in the way that makes the most sense for the recipient.
When creating an Alert instance, users must pass in an Alert.AlertType enumeration value. It is by passing in this value that the Alert instance will configure itself appropriately (by setting default values for many of the Dialog properties, including title, header, and graphic, as well as the default buttons that are expected in a dialog of the given type. To instantiate (but not yet show) an Alert, simply use code such as the following: Alert alert = new Alert(AlertType.CONFIRMATION, "Are you sure you want to format your system?"); Once an Alert is instantiated, we must show it. More often than not, alerts (and dialogs in general) are shown in a modal and blocking fashion. 'Modal' means that the dialog prevents user interaction with the owning application whilst it is showing, and 'blocking' means that code execution stops at the point in which the dialog is shown. This means that you can show a dialog, await the user response, and then continue running the code that directly follows the show call, giving developers the ability to immediately deal with the user input from the dialog (if relevant). JavaFX dialogs are modal by default (you can change this via the Dialog.initModality(javafx.stage.Modality) API). To specify whether you want blocking or non-blocking dialogs, developers simply choose to call Dialog.showAndWait() or Dialog.show() (respectively). By default most developers should choose to use Dialog.showAndWait(), given the ease of coding in these situations. Shown below is three code snippets, showing three equally valid ways of showing the Alert dialog that was specified above: Option 1: The 'traditional' approach Optional result = alert.showAndWait(); if (result.isPresent() && result.get() == ButtonType.OK) formatSystem(); Option 2: The traditional + Optional approach alert.showAndWait().ifPresent(response -> if (response == ButtonType.OK) formatSystem(); ); Option 3: The fully lambda approach alert.showAndWait() .filter(response -> response == ButtonType.OK) .ifPresent(response -> formatSystem()); There is no better or worse option of the three listed above, so developers are encouraged to work to their own style preferences. The purpose of showing the above is to help introduce developers to the Optional API, which is new in Java 8 and may be foreign to many developers.Since:JavaFX 8u40See Also:Dialog, Alert.AlertType, TextInputDialog, ChoiceDialogProperty SummaryAll Methods Instance Methods Concrete Methods TypeProperty and DescriptionObjectPropertyalertTypeWhen creating an Alert instance, users must pass in an Alert.AlertType enumeration value.Properties inherited from class javafx.scene.control.DialogcontentText, dialogPane, graphic, headerText, height, onCloseRequest, onHidden, onHiding, onShowing, onShown, resizable, resultConverter, result, showing, title, width, x, yNested Class SummaryNested Classes Modifier and TypeClass and Descriptionstatic class Alert.AlertTypeAn enumeration containing the available, pre-built alert types that the Alert class can use to pre-populate various properties.Constructor SummaryConstructors Constructor and DescriptionAlert(Alert.AlertType alertType)Creates an alert with the given AlertType (refer to the Alert.AlertType documentation for clarification over which one is most appropriate).Alert(Alert.AlertType alertType, String contentText, ButtonType... buttons)Creates an alert with the given contentText, ButtonTypes, and AlertType (refer to the Alert.AlertType documentation for clarification over which one is most appropriate).Method SummaryAll Methods Instance Methods Concrete Methods Modifier and TypeMethod and DescriptionObjectPropertyalertTypeProperty()When creating an Alert instance, users must pass in an Alert.AlertType enumeration value.Alert.AlertTypegetAlertType()Gets the value of the property alertType.ObservableListgetButtonTypes()Returns an ObservableList of all ButtonType instances that are currently set inside this Alert instance.voidsetAlertType(Alert.AlertType alertType)Sets the value of the property alertType.Methods inherited from class javafx.scene.control.DialogbuildEventDispatchChain, close, contentTextProperty, dialogPaneProperty, getContentText, getDialogPane, getGraphic, getHeaderText, getHeight, getModality, getOnCloseRequest, getOnHidden, getOnHiding, getOnShowing, getOnShown, getOwner, getResult, getResultConverter, getTitle, getWidth, getX, getY, graphicProperty, headerTextProperty, heightProperty, hide, initModality, initOwner, initStyle, isResizable, isShowing, onCloseRequestProperty, onHiddenProperty, onHidingProperty, onShowingProperty, onShownProperty, resizableProperty, resultConverterProperty, resultProperty, setContentText, setDialogPane, setGraphic, setHeaderText, setHeight, setOnCloseRequest, setOnHidden, setOnHiding, setOnShowing, setOnShown, setResizable, setResult, setResultConverter, setTitle, setWidth, setX, setY, show, showAndWait, showingProperty, titleProperty, widthProperty, xProperty, yPropertyMethods inherited from class java.lang.Objectclone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, waitProperty DetailalertTypepublic final ObjectProperty alertTypePropertyWhen creating an Alert instance, users must pass in an Alert.AlertType enumeration value. It is by passing in this value that the Alert instance will configure itself appropriately (by setting default values for many of the Dialog properties, including title, header, and graphic, as well as the default buttons that are expected in a dialog of the given type.See Also:getAlertType(), setAlertType(AlertType)Constructor DetailAlertpublic Alert(Alert.AlertType alertType)Creates an alert with the given AlertType (refer to the Alert.AlertType documentation for clarification over which one is most appropriate). By passing in an AlertType, default values for the title, headerText, and graphic properties are set, as well as the relevant buttons being installed. Once the Alert is instantiated, developers are able to modify the values of the alert as desired. It is important to note that the one property that does not have a default value set, and which therefore the developer must set, is the content text property (or alternatively, the developer may call alert.getDialogPane().setContent(Node) if they want a more complex alert). If the contentText (or content) properties are not set, there is no useful information presented to end users.Alertpublic Alert(Alert.AlertType alertType, String contentText, ButtonType... buttons)Creates an alert with the given contentText, ButtonTypes, and AlertType (refer to the Alert.AlertType documentation for clarification over which one is most appropriate). By passing in a variable number of ButtonType arguments, the developer is directly overriding the default buttons that will be displayed in the dialog, replacing the pre-defined buttons with whatever is specified in the varargs array. By passing in an AlertType, default values for the title, headerText, and graphic properties are set. Once the Alert is instantiated, developers are able to modify the values of the alert as desired.Method DetailgetAlertTypepublic final Alert.AlertType getAlertType()Gets the value of the property alertType.Property description:When creating an Alert instance, users must pass in an Alert.AlertType enumeration value. It is by passing in this value that the Alert instance will configure itself appropriately (by setting default values for many of the Dialog properties, including title, header, and graphic, as well as the default buttons that are expected in a dialog of the given type.setAlertTypepublic final void setAlertType(Alert.AlertType alertType)Sets the value of the property alertType.Property description:When creating an Alert instance, users must pass in an Alert.AlertType enumeration value. It is by passing in this value that the Alert instance will configure itself appropriately (by setting default values for many of the Dialog properties, including title, header, and graphic, as well as the default buttons that are expected in a dialog of the given type.alertTypePropertypublic final ObjectProperty alertTypeProperty()When creating an Alert instance, users must pass in an Alert.AlertType enumeration value. It is by passing in this value that the Alert instance will configure itself appropriately (by setting default values for many of the Dialog properties, including title, header, and graphic, as well as the default buttons that are expected in a dialog of the given type.See Also:getAlertType(), setAlertType(AlertType)getButtonTypespublic final ObservableList getButtonTypes()Returns an ObservableList of all ButtonType instances that are currently set inside this Alert instance. A ButtonType may either be one of the pre-defined types (e.g. ButtonType.OK), or it may be a custom type (created via the ButtonType.ButtonType(String) or ButtonType.ButtonType(String, javafx.scene.control.ButtonBar.ButtonData) constructors. Readers should refer to the ButtonType class documentation for more details, but at a high level, each ButtonType instance is converted to a Node (although most commonly a Button) via the (overridable) DialogPane.createButton(ButtonType) method on DialogPane.Skip navigation links
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